Sentence examples for maize genotypes analyzed from inspiring English sources

The three maize genotypes analyzed in this study showed a common up-regulation of several genes encoding TF belonging to the C2H2, G2-like, HB, MADS and MYB gene families and a homeodomain leucine zipper protein Hox7, which could be considered to be induced in the general response of maize to drought.

Together these results suggest that the maize drought-tolerant genotypes analyzed in this study (more evident in M21) more broadly reduce electron transport in the PSI and PSII systems, probably to reduce the effect of photoxidation and the synthesis of enzymes involved in carbon fixation to avoid spending energy and resources under conditions of low CO2 availability.

The concentrations of cDNAs were calibrated and made approximately equal by amplifying the maize enhancer of zeste1 (Mez1 – AF443596) gene that is expressed at approximately the same level in all genotypes analyzed.

This discrepancy might at least in part be explained by the different maize genotypes that were analyzed in these studies.

To assess the qPCR technique as a tool for analyzing the NLB pathosystem, several time-course experiments were performed on seven maize genotypes with a wide range of differential levels of NLB resistance (C. Chung, unpublished).

In one experiment, 36 early maturing maize genotypes were evaluated and in another experiment 22 super-early maturing maize genotypes.

Twenty maize genotypes were grown in field trials in five environments.

The maize genotypes Low N pool C2 and ACR 8328 BN C7 performed better than the other genotypes at Ikenne while the maize genotype Oba super II had the best performance at harvest at Shika.

In the silage maize experiment the N fertilization rates and maize genotypes were used as the main and sub plots, respectively.

Also, MS medium without ammonium nitrate appeared to be more suitable for screening for low N-tolerant maize genotypes.

The ecological relevance of the results was tested in soil with two maize genotypes each exhibiting broadly different root architectures.